The Fanuc M-710iC is a high-performance, 6-axis industrial robot engineered for versatility in demanding manufacturing environments. This 2022 unit (Stock No. 811796) is currently in stock and available for immediate inspection. With a 12kg payload capacity and an expansive 3123mm reach, this robot is designed for complex tasks, including material handling, assembly, machine tending, and palletizing. For production managers seeking to integrate a reliable, late-model robotic solution without the lead times of new equipment, this unit offers a proven platform with standard Fanuc control architecture. Stock Status and buying value This unit (Stock No. 811796) is a 2022 model, representing the modern generation of the Fanuc M-710iC series. Acquiring a late-model used robot provides significant value for production facilities looking to scale automation while optimizing capital expenditure. Because the machine is currently in stock at our Wuhan facility, it is available for immediate physical inspection, allowing your engineering team to verify the condition of the joints, cabling, and controller prior to purchase. The M-710iC series benefits from robust global support, ensuring that spare parts, software updates, and technical documentation are readily accessible. This facilitates seamless integration into your existing production line, minimizing downtime during setup. Key Specifications and Production Readiness Review the technical parameters below to determine how the M-710iC fits your production cell requirements: Parameter Specification Brand Fanuc Model M-710iC Year 2022 Payload 12 kg Reach 3123 mm Axes 6-Axis Controller Fanuc System Stock Number 811796 Reach and Work Envelope: The 3123mm reach is a standout feature of this model. It allows the robot to service multiple machines or cover a large work area without the need for a linear track, effectively reducing the footprint of your robotic cell. This is particularly advantageous for machine tending applications where the robot must access multiple CNC machines or injection molding units. Payload and Operational Dexterity: The 12kg payload capacity is optimized for medium-duty tasks. While suitable for light assembly and packaging, it also offers the structural rigidity required for part transfer in automotive or metalworking environments. The 6-axis configuration provides the degrees of freedom necessary for complex part orientation, making it ideal for intricate assembly or welding processes. Target Applications The M-710iC is a versatile "all-rounder" suitable for various industrial sectors. Its flexibility makes it a strategic asset for facilities requiring a robot capable of adapting to changing production demands. Automotive Component Manufacturing: Ideal for machine tending, part transfer between presses, and secondary assembly operations where reach is prioritized over heavy lifting. Electronics and Appliance Assembly: Suitable for high-speed pick-and-place operations, packaging, and palletizing finished goods. Aerospace and Metal Fabrication: The precision of the Fanuc control system makes it effective for material handling of lightweight components, jigs, and fixtures. General Manufacturing: A flexible automation solution that can be repurposed. If your production mix changes, the M-710iC's reach and dexterity allow it to be redeployed to a different cell with minimal re-tooling. Why This Unit is a Strategic Choice In the current market, sourcing late-model, 6-axis robots with extended reach can be challenging due to supply chain constraints. This 2022 M-710iC offers a "ready-to-work" solution. It is a proven, industry-standard machine rather than an experimental unit. For production managers under pressure to automate quickly, this unit provides the reliability of the Fanuc brand with the immediate availability of a stock machine, allowing you to begin integration and programming immediately upon delivery. Frequently Asked Questions Can I inspect this robot in person before purchasing? Yes. This unit is currently in stock at our Wuhan warehouse. We encourage potential buyers to schedule an inspection to verify the machine's condition and ensure it fits your specific production cell requirements. Is the 12kg payload sufficient for my application? The 12kg payload is ideal for material handling, machine tending, and light assembly. If your application involves handling heavy castings or large metal parts, ensure your end-of-arm tooling (EOAT) weight is included in that 12kg limit. For most standard assembly and packaging tasks, this capacity is highly effective. What are the primary advantages of the M-710iC's 3123mm reach? The extended 3123mm reach allows the robot to cover a larger work envelope. This is advantageous for servicing multiple machines in a single cell, palletizing tall stacks of products, or reaching into deep work zones where a standard-reach robot would require a linear track or gantry system. Is this 2022 model compatible with current Fanuc software? Yes. As a 2022 model, this unit utilizes the standard Fanuc control architecture, which is compatible with current software versions and integration protocols used in modern smart factories. How do I proceed with a purchase inquiry? To proceed, please contact our sales team with the stock number 811796. We can provide further details on the current condition, facilitate a site visit for inspection, and discuss shipping arrangements to your facility.

This 2020 Zeiss PRISMO 7/9/5 verity Coordinate Measuring Machine (CMM) is in stock and available for immediate inspection in Wuxi. Engineered for high-precision quality control, this unit features a 700 x 900 x 500 mm measurement volume, making it an ideal solution for facilities requiring rigorous dimensional verification. Renowned for high-speed scanning and exceptional accuracy, this machine is well-suited for automotive, aerospace, and precision manufacturing applications. The unit is ready for on-site inspection by appointment. Stock Status and buying value This 2020 model (Stock ID: 811949) offers a strategic balance of modern metrology performance, current software compatibility, and cost-efficiency. Acquiring a pre-owned Zeiss PRISMO verity allows manufacturers to integrate high-end measurement capabilities into their production lines while bypassing the extended lead times typical of new capital equipment procurement. The machine is available for immediate on-site inspection. We encourage procurement teams and quality managers to schedule an appointment to verify the condition of the granite table, the probe system, and the overall operational status of the machine. Key Specifications and Production Readiness The Zeiss PRISMO verity series is engineered for high-speed, high-precision measurement. Review the specifications below to ensure this unit aligns with your specific part tolerances and throughput requirements. Parameter Specification Model PRISMO 7/9/5 verity Measurement Range (X/Y/Z) 700 x 900 x 500 mm MPE (E0) 0.7 + L/400 μm (at 19°C–22°C) Repeatability (R0) 0.6 μm Scanning Error (THP) 0.9 μm Measurement Time (MPT) 40 s Form Error (RONt) 0.7 μm Production Interpretation: Measurement Volume: The 700 x 900 x 500 mm envelope is optimized for medium-sized components, including engine blocks, complex housings, and aerospace sub-assemblies. Accuracy & Repeatability: With an E0 of 0.7 + L/400 μm and R0 of 0.6 μm, this machine is designed for high-tolerance parts where micron-level deviations are critical. Throughput: The MPT of 40 seconds indicates high-speed scanning capability, essential for production lines requiring 100% inspection or high-volume sampling without creating bottlenecks. which operations should consider this machine now The Zeiss PRISMO verity is a versatile workhorse in the metrology industry. Its design prioritizes flexibility, allowing it to adapt to diverse measurement tasks across multiple sectors. Automotive and Aerospace For manufacturers producing gearboxes, turbine blades, or structural castings, the PRISMO’s ability to handle complex geometries with high repeatability ensures that parts meet stringent safety and performance standards. Medical Device Manufacturing The precision offered by the 0.7 μm form error (RONt) makes this CMM ideal for checking the circularity and profile of medical implants and precision instruments, where dimensional integrity is non-negotiable. Electronics and Mold Making In mold making, where the accuracy of the cavity and core directly impacts the quality of the final molded part, this machine provides the necessary verification to reduce scrap rates and optimize tooling adjustments. Inspection Points Before Purchase To ensure this machine meets your production requirements, we recommend the following inspection steps during your site visit: Granite Table Integrity: Inspect the granite surface for any scratches, chips, or signs of improper handling that could affect the stability of the measurement setup. Probe System Functionality: Verify the movement and calibration status of the probe head. Ensure there is no audible grinding or erratic movement during test runs. Air Supply and Pressure: Check the air bearings. The system requires clean, dry, and stable air pressure to operate within the specified accuracy range. Software and Controller: Confirm the controller version and software compatibility with your existing CAD/CAM workflows. Why This Machine is worth considering now The Zeiss PRISMO 7/9/5 verity is recognized industry-wide for its stability and measurement speed. In the current market, securing a 2020 unit in excellent condition offers a significant advantage for companies looking to rapidly upgrade their quality assurance capabilities. This machine is a long-term asset for maintaining consistent quality. Available for immediate inspection and shipment, it is a practical solution for production managers addressing urgent capacity requirements. Frequently Asked Questions Q: Is this machine currently available for inspection? A: Yes, this unit is in stock. Please contact us to schedule an appointment for a physical inspection and operational demonstration. Q: What type of production environment is this CMM best suited for? A: This machine is highly versatile, suited for high-precision environments including automotive, aerospace, medical device, and mold-making facilities that require high-speed scanning and sub-micron accuracy. Q: How does the 40s MPT affect production throughput? A: The 40-second Measurement Time (MPT) is optimized for high-throughput environments. It allows for faster data acquisition compared to standard CMMs, which helps minimize inspection bottlenecks in high-volume production lines. Q: What is the primary advantage of the PRISMO verity series? A: The PRISMO verity series is known for combining high measurement speed with excellent accuracy, making it a robust choice for both lab-grade metrology and high-speed production floor quality control.

This 2023 Kent KGS-3060AHD surface grinder (Stock #811847) is available for immediate inspection. Designed for shops requiring high-precision, automated surface finishing, this unit features a 600 x 300 mm magnetic chuck capacity and robust hydraulic travel. It is a reliable solution for mold base preparation and hardened steel finishing, offering a cost-effective alternative to new equipment lead times. Machine Specifications & Operational Capacity Review the machine's work envelope to ensure it aligns with your shop's requirements: Specification Value Brand Kent Model KGS-3060AHD Table Size 600 x 300 mm Table Travel (X) 660 mm Table Travel (Y) 340 mm Year 2023 Production Context: The 600 x 300 mm table is a workhorse in tool and die shops. The 660 mm X-axis travel allows the grinding wheel to clear the workpiece entirely, preventing "step-off" marks and ensuring superior flatness. The 340 mm Y-axis travel provides ample room for multi-part setups or larger plates. Workholding & Application Compatibility When evaluating the Kent KGS-3060AHD for your facility, consider the following: Workholding: The 600 x 300 mm table is typically configured for electromagnetic or permanent magnetic chucks. Verify that your existing tooling plates are compatible with these dimensions. Part Types: This machine is optimized for grinding flat surfaces on mold inserts, die blocks, fixture plates, and hardened steel. Its rigid construction is engineered to maintain tight tolerances on alloy and tool steels. Grinding Wheels: The spindle is designed for standard surface grinding wheels. Confirm your current wheel inventory and arbor sizes match the spindle configuration. Production Advantages: The AHD System The "AHD" configuration is the primary driver for production efficiency. Unlike manual grinders, the AHD system provides automatic hydraulic downfeed, offering several operational benefits: Efficiency: Automated cycles minimize manual intervention, making this unit ideal for batch processing. Consistency: Automated downfeed eliminates operator variability, ensuring uniform material removal rates across the entire batch. Utilization: This machine is well-suited for environments where operators manage multiple machines; simply set the cycle and move to the next task. Target Applications This machine is a versatile asset for various industrial sectors: Mold & Die: Ideal for finishing mold inserts and slide components where flatness and parallelism are critical. Aerospace & Medical: Suitable for secondary operations on precision components requiring high surface finish quality. General Machining: An excellent choice for job shops handling a high mix of low-to-medium volume parts. If your production involves frequent surface grinding of steel plates or components within the 600 x 300 mm footprint, this machine provides the necessary automation to increase your throughput. Frequently Asked Questions What does the AHD designation mean for this Kent grinder? AHD denotes an Automatic Hydraulic Downfeed system. This enables automated grinding cycles, which improves surface finish consistency and reduces operator fatigue during repetitive batch production. Is the 600x300mm table size suitable for large molds? The 600x300mm table is a standard mid-sized configuration, ideal for medium-sized mold bases, die components, and precision machine parts. While not intended for large-scale automotive stamping dies, it is highly versatile for general precision tooling. What are the primary inspection points for this used surface grinder? Key inspection points include checking table ways for scoring, verifying the hydraulic system for leaks or pressure stability, listening for spindle vibration, and testing the repeatability of the automatic downfeed. Can this machine be used for manual grinding tasks? Yes. While it features automatic hydraulic functions, it can be operated manually for one-off parts or setup tasks, providing flexibility for both high-volume and prototype work.

This used Okamoto IGM-15NC CNC Internal Grinder is in stock and available for immediate inspection. Engineered for high-precision bore grinding, this unit features a 10,000–60,000 RPM spindle and a 6–100 mm grinding capacity. It offers a flexible, reliable solution for shops requiring consistent, tight-tolerance internal finishing. With its compact footprint and legendary Japanese build quality, this machine is ready to integrate into your production line and increase throughput for small-to-medium precision components. Suitable Parts and Typical Industries The Okamoto IGM-15NC is built for versatility, making it a workhorse for shops managing a high mix of precision components. Its 6 mm to 100 mm bore capacity bridges the gap between micro-component processing and medium-sized industrial part finishing. Automotive and Powertrain This machine is frequently used for grinding internal bores in gears, bushings, and fuel injection components. The high-speed spindle delivers the surface finish quality demanded by automotive OEMs. Hydraulic and Pneumatic Systems For valve bodies, cylinder sleeves, and pump housings, the IGM-15NC provides the geometric accuracy required for proper sealing and fluid flow. The machine’s rigid Okamoto design minimizes vibration—essential when processing hardened steel hydraulic components. Aerospace and Medical Devices The machine’s precision is ideal for smaller aerospace housings and medical instrument parts. The CNC control ensures batch-to-batch consistency, minimizing scrap rates on high-value materials. Best-Fit Processes and throughput requirements The IGM-15NC is built for shops that prioritize quality and repeatability. Its specifications are optimized for these production scenarios: High-Speed Finishing: With a grinding spindle speed reaching 60,000 RPM, this machine is ideal for small-diameter bores where high surface feet per minute (SFM) are required to achieve a mirror-like finish. Taper Grinding: The -5° to +15° swivel range provides the flexibility to grind tapered internal bores, a common requirement for bearing seats and specialized hydraulic fittings. Batch Consistency: The CNC architecture allows for rapid setup changes between part numbers, making it an excellent candidate for shops running medium-to-high volume batches of similar part families. Precision Bore Sizing: The 300 x 500 mm axis travel offers sufficient clearance for a wide variety of workpieces, ensuring the machine is not limited to a single part geometry. what kind of operation this machine fits This machine is an ideal fit for facilities needing a reliable, versatile internal grinder. It is particularly effective in: Tier 2 and Tier 3 Automotive Suppliers: Shops that need to produce precision bores in hardened steel gears or bushings without investing in multiple specialized machines. Job Shops: Facilities that handle diverse contracts and need a machine capable of switching quickly between different bore diameters and lengths. Precision Tooling Departments: In-house machine shops within larger manufacturing plants that need to produce custom jigs, fixtures, or replacement parts for their own production lines. If your production floor is currently bottlenecked by internal grinding capacity, or if you are looking to replace an aging, less precise unit, the Okamoto IGM-15NC offers an excellent balance of footprint efficiency (2800 x 2240 mm) and operational capability. Why This Machine Works in These Scenarios The value of the Okamoto IGM-15NC lies in its balance of high-speed performance and structural rigidity. The 12 kVA power rating provides sufficient torque for standard grinding, while the 60,000 RPM spindle head is the key to its versatility. Feature Production Benefit 10,000–60,000 RPM Spindle Allows for optimal surface speed across a wide range of bore sizes (6–100 mm). -5° to +15° Swivel Enables complex taper grinding without secondary setups. 300 x 500 mm Travel Accommodates a broad spectrum of part lengths and diameters. Compact Footprint Maximizes floor space utilization in crowded job shops. Frequently Asked Questions Q: Can this machine handle both small bores and medium-sized diameters? A: Yes. The IGM-15NC is designed with a grinding bore capacity of 6–100 mm, making it highly versatile for shops that process a variety of part sizes, from small bushings to medium-sized housings. Q: Is the high-speed spindle suitable for all types of grinding wheels? A: The 60,000 RPM capability is designed for high-precision finishing. We recommend consulting the machine's operational guidelines regarding the specific abrasive types and wheel diameters compatible with this spindle speed range. Q: How does the swivel angle affect my production capabilities? A: The -5° to +15° swivel range allows you to perform taper grinding directly on the machine. This eliminates the need for specialized tooling or secondary operations to achieve tapered internal geometries. Q: Is this machine suitable for high-volume production lines? A: The IGM-15NC is a CNC-controlled machine capable of consistent, repeatable performance. It is well-suited for medium-to-high volume batches, provided the loading and unloading process is optimized for your specific part cycle time.

The JOINT GTS-4080 is a high-precision surface grinder currently in stock and available for immediate inspection. Built for demanding tool room and production environments, this unit features a robust 5.5 kW spindle motor and 0.001mm feed accuracy. It is an ideal solution for shops requiring consistent surface finishes and tight tolerance control on hardened steel or cast iron components. Ready for immediate deployment to increase your precision flat-grinding capacity. Core Specifications and Operational Impact Understanding the technical parameters of the JOINT GTS-4080 is essential for verifying its fit within your production workflow. Below are the key specifications and their operational impact: Specification Value Production Impact Spindle Motor Power 5.5 kW Delivers high torque for heavy-duty grinding without spindle stalling. Grinding Wheel Size Φ350 x 40 x Φ127 mm Standard geometry supports deep cuts and extended wheel life between dressing cycles. Spindle Speed 1450 rpm Optimized for standard abrasive wheel peripheral speeds to maintain surface integrity. Feed Accuracy 0.001 mm Enables high-precision finishing, reducing rework and scrap rates. 5.5 kW Spindle Power: Unlike lighter-duty grinders, the GTS-4080’s 5.5 kW motor supports aggressive material removal. This is critical for shops processing hardened tool steels or large surface areas where thermal buildup and motor load are key concerns. 0.001mm Feed Accuracy: This resolution is the benchmark for high-precision manufacturing. In production, it allows operators to hold tight dimensional tolerances on flatness and parallelism, reducing the need for secondary lapping or polishing. Tooling Match and Part Fit The JOINT GTS-4080 accommodates a variety of workholding solutions and part geometries. When evaluating this machine for your shop, consider the following: Part Geometry: Optimized for flat surface grinding, including plates, blocks, and die components. Material Compatibility: With the standard spindle configuration, it is highly effective for ferrous metals, including hardened steel, mild steel, and cast iron. Workholding: The table capacity is designed to accept standard electromagnetic or permanent magnetic chucks. Ensure your existing chuck dimensions align with the table size to maximize the effective grinding area. How Key Specs Affect Machine Selection Selecting the right grinder requires balancing capacity and precision. The JOINT GTS-4080 is a production-grade machine, built for consistent, drift-free operation. If your production requires high throughput for medium-to-large parts, the 350mm wheel diameter provides the necessary peripheral speed to maintain cool cutting—vital for preventing surface burning or micro-cracking in heat-treated parts. The 1450 rpm spindle speed is calibrated to match standard vitrified grinding wheels used in most industrial applications. Is This Machine Right for Your Production? This machine is a strategic fit for your facility if you are facing the following production scenarios: Bottlenecked Grinding Capacity: You have a backlog of flat-surface parts and require an immediate, reliable machine to balance the load. Tolerance Requirements: Your current equipment cannot consistently hold tolerances below 0.005mm, and you need to upgrade to a 0.001mm feed resolution capability. Heavy-Duty Requirements: You are grinding large surface areas that cause lower-horsepower machines to stall or vibrate, compromising surface finish. Frequently Asked Questions What is the primary advantage of the 5.5 kW motor on this grinder? The 5.5 kW motor provides high torque, allowing for deeper cuts and faster material removal without the spindle speed dropping under load. This is essential for maintaining consistent surface finishes on larger workpieces. Can this machine hold a 0.001mm tolerance reliably? Yes, the 0.001mm feed accuracy is a design specification intended for precision finishing. Achieving this in production depends on the condition of the grinding wheel, the rigidity of your workholding, and the thermal stability of your environment. Is the JOINT GTS-4080 suitable for grinding non-ferrous materials? While primarily designed for ferrous metals, it can be used for non-ferrous materials, provided the correct grinding wheel specification (grit, bond, and type) is selected to prevent wheel loading. What should I check regarding the grinding wheel compatibility? The machine uses a Φ350 x 40 x Φ127mm wheel. Ensure your inventory of wheels matches the arbor diameter (127mm) and that the wheel speed rating is compatible with the 1450 rpm spindle speed.

The Schleifring K-P48 is a precision CNC surface grinder engineered for high-tolerance grinding applications. Available for immediate inspection, this machine features a robust 1200x600mm work envelope and the reliable Siemens 840D sl control system. With a 6000 RPM spindle and an 800kg table load capacity, it is built for production environments requiring consistent, high-accuracy surface finishes on medium-to-large components. Review the technical specifications below to determine if this unit aligns with your manufacturing requirements. Technical Specifications and Production Capabilities Understanding the technical parameters of the Schleifring K-P48 is essential for assessing its impact on your throughput and part quality. Below is a breakdown of the critical machine specifications. Specification Technical Value Machine Model Schleifring K-P48 X/Y/Z Axis Travel 1200 x 600 x 500 mm Table Dimensions 1200 x 600 mm Maximum Table Load 800 kg Spindle Speed 6000 RPM Grinding Wheel Size 400 x 40 x 127 mm CNC System Siemens 840D sl 1200 x 600 mm Work Envelope The 1200x600mm table capacity defines the maximum footprint for your parts in a single setup. This size is well-suited for mold bases, large die plates, or multiple smaller components fixtured in a grid. The 500mm Z-axis travel provides ample vertical clearance for tall workpieces or complex tooling, offering flexibility for diverse production schedules. 6000 RPM Spindle Performance A 6000 RPM spindle speed is a key indicator of the machine's ability to achieve high-quality surface finishes. This speed range supports the effective use of modern grinding wheels, including CBN (Cubic Boron Nitride) and diamond wheels, which are necessary for processing hardened steels and exotic alloys. This capability allows for faster feed rates without compromising surface integrity, directly improving your cycle times. 800 kg Table Load Capacity The 800kg load capacity reflects the structural rigidity of the machine bed and axis drive systems. This allows for the grinding of heavy steel blocks or large cast-iron components without risking the deflection or vibration that often causes dimensional inaccuracy in surface grinding. Tooling Compatibility The Schleifring K-P48 uses a 400 x 40 x 127 mm grinding wheel. This is a standard industrial size, ensuring wide availability of abrasive media. When matching this machine to your parts, consider the following: Peripheral Speed: The 400mm diameter wheel, combined with the 6000 RPM spindle, allows for high peripheral speeds. Ensure your coolant system is configured to manage the heat generated at these speeds to prevent thermal damage to the workpiece. Wheel Width (40mm): A 40mm wheel width is versatile for both roughing and finishing passes, providing an effective balance between material removal rate (MRR) and surface flatness. Bore Size (127mm): The 127mm bore is a common standard, ensuring compatibility with your existing inventory of wheel adapters and balancing arbors, which helps minimize setup time. Why the Siemens 840D sl Control is an Asset Selecting a used surface grinder requires balancing machine capabilities against your production bottlenecks. The K-P48 is equipped with the Siemens 840D sl control, a critical factor for many shops. Key advantages of the Siemens 840D sl: Integration: As one of the most widely used CNC platforms globally, the learning curve for operators already familiar with Siemens controls is minimal. Programming: The 840D sl supports complex cycles, simplifying the programming of intricate grinding paths, such as step grinding or profile dressing, directly at the machine interface. Diagnostics: The system provides advanced diagnostic tools, which are invaluable for troubleshooting and maintaining high uptime in a production environment. Frequently Asked Questions Is the Siemens 840D sl control on this K-P48 easy to operate? Yes, the Siemens 840D sl is an industry-standard CNC platform. It features a user-friendly interface designed for complex grinding tasks, making it highly accessible for operators familiar with modern CNC environments. Can this machine handle heavy-duty grinding? Absolutely. With a maximum table load of 800kg and robust machine construction, the K-P48 is designed to handle heavy steel parts without compromising stability or accuracy. What are the primary inspection points for a used surface grinder? Key inspection points include spindle runout, the condition of the slideways, axis repeatability, and the functionality of the CNC control system. Ensuring these core components are in good working order is essential for production reliability. Is the 400mm wheel size standard? Yes, the 400 x 40 x 127 mm wheel size is a standard industrial specification. This ensures that you can easily source replacement grinding wheels from major suppliers without requiring custom tooling.

In the competitive landscape of modern manufacturing, multi-tasking machines have redefined productivity. The Mazak INTEGREX series, renowned for its "Done-in-One" philosophy, stands as a pinnacle of engineering excellence. For businesses looking to expand their technical capabilities without the heavy price tag of new equipment, investing in high-quality used machine tools is a strategic move. This guide focuses on the Mazak INTEGREX 200IIIST (Stock No: 811043), a versatile powerhouse designed for complex component manufacturing. The INTEGREX 200IIIST is not merely a CNC lathe; it is a sophisticated fusion of a turning center and a full-function machining center. Originating from Japan, this machine embodies precision and durability. In the secondary market, finding a unit with such comprehensive specifications—including five-axis capability and dual spindles—is a rare opportunity for forward-thinking machine shops. Let’s explore the technical nuances that make this machine a top-tier asset. Technical Specification Analysis: Multi-Axis Capability The Mazak INTEGREX 200IIIST offers an impressive range of motion across its multiple axes. With an X-axis travel of 580mm and a Z-axis travel of 1045mm, it provides a generous work envelope for a wide variety of part sizes. The B-axis is a standout feature, offering a tilting range of -30° to +195°. This allows for complex contouring and multi-angle hole drilling, effectively turning the machine into a 5-axis simultaneous processor. Furthermore, the inclusion of a W-axis with 1050mm of travel facilitates the movement of the sub-spindle. The maximum distance between the main and sub-spindle is 1200mm, providing ample clearance for long workpieces or complex tooling setups. For those following a used machine tools buying guide, the integrity of these axis movements and the precision of the ball screw drives are paramount indicators of the machine's overall value. Spindle Performance: High-Speed Built-in Motor Technology At the heart of the INTEGREX 200IIIST is its high-performance spindle system. The main spindle utilizes a built-in motor design, reaching speeds up to 12000 RPM. This technology minimizes vibration and heat generation, which is essential for achieving superior surface finishes and maintaining tight tolerances during high-speed milling operations. The sub-spindle, with a 4000 RPM capacity, complements the main spindle by allowing for seamless part transfers. The dual-spindle configuration is a game-changer for throughput. It enables the machine to process the front and back of a part in a single cycle, eliminating the need for manual intervention and reducing the risk of setup errors. When evaluating used machine tools, the condition and speed of the spindles are critical factors, and the 12000 RPM capability of this Mazak unit places it in the high-performance category for modern materials. Tooling and Magazine Efficiency: The KM63B Interface Tooling flexibility is vital for multi-tasking machines. This unit is equipped with a 36-tool magazine using the KM63B tool shank type. The KM interface is celebrated for its exceptional clamping force and radial accuracy, making it ideal for both heavy-duty turning and high-precision milling. The chain-type magazine ensures smooth and rapid tool changes, which significantly reduces idle time between operations. With 36 slots, operators can set up a wide array of tools to handle diverse jobs without frequent re-tooling. This is particularly beneficial for shops specializing in small-batch, high-complexity parts. In the context of used machine tools, a well-maintained chain-type ATC (Automatic Tool Changer) represents a reliable automation component that enhances the machine's long-term ROI. Japanese Engineering Excellence: Why Origin Matters The "Made in Japan" label on a Mazak machine is a hallmark of quality. The INTEGREX 200IIIST was built with rigorous attention to structural rigidity and thermal stability. Japanese manufacturing standards ensure that the machine's base and columns can withstand the stresses of multi-axis machining while maintaining micron-level accuracy. This inherent quality is what makes Mazak a preferred brand in the used machine tools market. Additionally, the machine features a chain-type chip conveyor, an essential component for high-volume production. Efficient chip removal prevents thermal deformation and protects the internal components of the machine. When purchasing used equipment, the presence of original, high-quality peripherals like this conveyor indicates that the machine was configured for professional, industrial-grade performance. Strategic Application: Optimizing Production for Complex Components The versatility of the INTEGREX 200IIIST makes it suitable for a vast range of industries. In the aerospace sector, it can efficiently machine turbine components and complex valve bodies. In the medical industry, its precision is utilized for manufacturing orthopedic implants and surgical instruments. The machine's ability to handle both turning and milling in one setup also makes it a favorite for high-performance automotive parts and intricate mold inserts. For a machine shop, adding this level of multi-tasking capability means being able to bid on more complex projects that were previously out of reach. The 210mm table size and the extensive B-axis range allow for the processing of prismatic parts that would typically require multiple machines. This consolidation of processes is the core value proposition of the INTEGREX series in the used machine tools market. Used Machine Tools Buying Guide: Evaluating the Mazak INTEGREX 200IIIST When finalizing a purchase in the used machine tools sector, it is important to look at the synergy of the machine's features. The Mazak INTEGREX 200IIIST (Stock No: 811043) offers a balanced combination of speed, reach, and tool capacity. Prospective buyers should verify the smoothness of the ball screws and the spindle's runout at high speeds. Given Mazak's global presence, sourcing parts and finding technical documentation is straightforward, which adds to the machine's long-term viability. Ultimately, the decision to acquire this machine should be based on its ability to reduce lead times and improve part quality. By integrating multiple operations into a single platform, the INTEGREX 200IIIST reduces the cost per part and maximizes floor space efficiency. For any precision engineering firm, this machine represents a high-value investment that can drive significant growth and operational excellence. Frequently Asked Questions Q: What are the primary benefits of the B-axis on the INTEGREX 200IIIST? A: The B-axis provides a tilting range of -30° to +195°, enabling the machine to perform 5-axis simultaneous machining and reach difficult angles on a workpiece without multiple setups, ensuring higher accuracy. Q: Is the 12000 RPM spindle suitable for all materials? A: Yes, the 12000 RPM built-in motor spindle is highly versatile. It excels in high-speed machining of aluminum and non-ferrous metals while providing enough torque for precision finishing of steel and exotic alloys. Q: What makes the KM63B tool interface better than standard BT40? A: The KM63B interface offers superior connection rigidity and higher precision at high speeds due to its face and taper contact. This results in better surface finishes and longer tool life during complex milling tasks. Q: How does the sub-spindle improve production efficiency? A: The sub-spindle allows for the automatic transfer of parts from the main spindle to the sub-spindle. This enables the machine to finish the second side of a part automatically, achieving "Done-in-One" production. Q: What should I consider regarding the footprint of this used machine? A: While the INTEGREX 200IIIST is a compact multi-tasking machine, you must account for the 1045mm Z-axis travel and the space required for the chain-type chip conveyor to ensure proper workflow in your facility.

  In the competitive landscape of modern manufacturing, precision and reliability are the twin pillars of success. For facilities specializing in large-scale mold making, heavy machinery components, and aerospace engineering, the quality of surface finishing is non-negotiable. The used Okamoto PSG-208DXNC Surface Grinder, a Japanese-engineered masterpiece, stands as a testament to high-end grinding technology. Currently available as a premium option in the used machine tools sector, this model offers an exceptional opportunity for businesses to acquire world-class capabilities at a strategic price point. Exceptional Capacity: The 2000 × 800 mm Working Surface One of the most striking features of the PSG-208DXNC is its expansive table size. Measuring 2000 × 800 mm, this machine is designed to handle substantial workpieces that smaller grinders simply cannot accommodate. In the realm of used machine tools, finding a grinder with such a large footprint is rare. This capacity allows for the processing of long guide rails, large plates, and multiple smaller parts in a single setup, significantly boosting throughput and ensuring uniform accuracy across the entire batch. Vertical Versatility and Clearance The PSG-208DXNC provides a generous 595 mm distance between the table surface and the underside of the grinding wheel. This vertical clearance is a critical factor for shops dealing with diverse part geometries. Whether you are finishing a flat steel plate or a tall, complex casting, this machine offers the necessary headroom. This flexibility makes it a versatile asset in any second hand machining center environment, where the ability to pivot between different job types is essential for maintaining high machine utilization rates. High-Performance Grinding Wheel Specifications Equipped with a massive 510 * 50 * Φ127 mm grinding wheel, the Okamoto PSG-208DXNC is built for both heavy-duty stock removal and ultra-fine finishing. The large diameter of the wheel ensures a consistent peripheral speed, which is vital for achieving superior surface integrity. In the context of used CNC machine acquisition, the robustness of the spindle and the wheel head assembly on an Okamoto machine ensures that the equipment can maintain its specified tolerances even under demanding production schedules. The Japanese Engineering Advantage Originating from Japan, Okamoto machines are synonymous with longevity and structural rigidity. The PSG-208DXNC features a heavily ribbed cast-iron construction that dampens vibrations and resists thermal deformation. For buyers looking at used machine tools, the "Made in Japan" label provides a level of confidence in the machine's base architecture. The precision-ground ways and the sophisticated hydraulic systems are designed to perform reliably over decades, making this used model a sound long-term investment. DXNC Control: Precision Meets Automation The DXNC designation indicates a digital control system that brings modern efficiency to the grinding process. This system allows operators to program precise downfeed increments and spark-out passes, reducing the margin for human error. In today's manufacturing environment, where skilled labor can be scarce, the automated features of this used CNC machine allow for consistent results regardless of the operator's tenure. The integration of NC technology ensures that complex grinding cycles are executed with repeatable precision. Conclusion and Purchasing Insight The Okamoto PSG-208DXNC (Stock No. 811065) represents a peak offering in the used machine tools market. Its combination of a massive 2000mm table, significant vertical clearance, and renowned Japanese build quality makes it an ideal choice for expanding production capabilities. For organizations seeking to enhance their grinding department without the lead times of new equipment, this PSG-208DXNC offers a ready-to-deploy solution. We encourage interested parties to reach out to our sales team for further technical details and to secure this high-performance asset for their facility. Q1: What is the table size of this used Okamoto PSG-208DXNC?A1: The machine features a large working table measuring 2000 × 800 mm, ideal for large-scale workpieces. Q2: What is the maximum clearance between the table and the grinding wheel?A2: The maximum distance from the table surface to the bottom of the wheel is 595 mm. Q3: What are the specifications of the grinding wheel for this model?A3: The machine uses a grinding wheel with dimensions of 510 mm (outer diameter) * 50 mm (width) * 127 mm (inner diameter).

Parameter Specification Stock Number 83577 Brand/Origin JUNGNER / Sweden Model US-450 Table Size 800*114mm Longitudinal Feed 450mm Cross Feed 300mm Max Spindle Diameter 150mm Spindle Motor Power 1.5kw Spindle Speed Range 3500-7000rpm 1. Equipment Overview: The Pinnacle of Swedish Engineering When it comes to high-precision grinding, the name JUNGNER stands as a symbol of Swedish industrial excellence. The JUNGNER US-450 (Stock No. 83577) is a testament to the longevity and precision that machines from Northern Europe are famous for. This universal tool grinder is designed for workshops that demand micron-level accuracy without sacrificing the versatility required for diverse machining tasks. Built with high-grade cast iron and featuring a highly ergonomic layout, the JUNGNER US-450 remains a preferred choice for toolmakers worldwide. The pre-owned nature of this machine does not detract from its performance; rather, it highlights the superior material choices made during its manufacture. JUNGNER machines are known to retain their structural integrity for decades. For businesses looking to enhance their tool-sharpening or component-grinding capabilities, the US-450 offers a level of stability and smoothness that modern, lower-cost alternatives often struggle to match. It is more than just a grinder; it is a legacy of precision engineering ready to be integrated into your production line. 2. Technical Deep Dive: Understanding the Specifications The JUNGNER US-450 is engineered with a focus on balanced performance. The table dimensions of 800*114mm provide a long, stable platform for securing intricate tools and long workpieces. What truly sets this machine apart is the 450mm longitudinal feed combined with a 300mm cross feed. This generous travel range is exceptional for a machine of its footprint, allowing operators to handle larger workpieces or multiple setups in a single clamping. The movement is fluid and precise, minimizing the physical effort required while maximizing the output quality. The heart of the JUNGNER US-450 is its spindle system. Powered by a 1.5kw motor, it provides the perfect torque-to-speed ratio for precision grinding. With a spindle speed range of 3500 to 7000rpm, it accommodates various grinding wheel materials, from standard aluminum oxide to advanced diamond or CBN wheels. The maximum spindle diameter of 150mm allows for a wide array of wheel sizes, making it versatile enough for both rough grinding and fine finishing. The Swedish-designed spindle bearings ensure minimal thermal expansion and ultra-low vibration, even at the maximum 7000rpm speed. 3. Application Scenarios: Versatility Across Industries In the aerospace and defense sectors, where component tolerances are often measured in microns, the JUNGNER US-450 is frequently used for finishing small, critical parts. Its ability to maintain consistent accuracy over its entire travel range makes it ideal for grinding specialized turbine components or high-strength fasteners. Similarly, in the mold-making industry, the US-450 is an indispensable asset for sharpening complex punches and dies, ensuring that production tools remain sharp and efficient. Beyond specialized manufacturing, this machine excels in the maintenance of cutting tools. CNC workshops often use the US-450 to re-grind custom milling cutters and drills, significantly reducing the cost of consumables. The Swedish precision allows for the restoration of original geometries, ensuring that re-sharpened tools perform as well as new ones. This versatility makes the US-450 a "Swiss Army Knife" for any high-end machine shop, capable of adapting to the ever-changing demands of the modern industrial landscape. 4. Value Proposition: Why Choose a Used JUNGNER? The primary advantage of purchasing a used JUNGNER US-450 is the exceptional ROI (Return on Investment). A new grinding machine of this caliber would require a significant capital expenditure that may not be justifiable for many small to medium enterprises. By choosing a well-maintained used unit, you gain access to world-class Swedish technology at a fraction of the cost. The US-450 holds its value exceptionally well, making it not just a tool, but a liquid asset in the secondary machinery market. Furthermore, the simplicity of its mechanical design means that you are not tied to proprietary software or expensive OEM-only repairs. Standard high-quality bearings and electrical components can keep this machine running for another 20 years. For a workshop looking to transition from manual grinding to high-precision results, or for a factory needing to add redundant capacity for tool maintenance, the JUNGNER US-450 represents the perfect balance of cost, quality, and capability. 5. Frequently Asked Questions (FAQ) Q1: Can the JUNGNER US-450 handle wet grinding? A: Yes, while many tool grinding tasks are performed dry, the JUNGNER US-450 can be equipped with a standard coolant system to handle heat-sensitive materials and high-speed grinding operations. Q2: Is the machine compatible with universal dividing heads? A: Absolutely. The 800mm table is designed with standard T-slots that accommodate most universal dividing heads, tailstocks, and magnetic chucks, enhancing its flexibility for gear or flute grinding. Q3: What power supply is required for this Swedish machine? A: It typically operates on a standard industrial 3-phase power supply. Depending on your region, a simple transformer or phase converter may be used if your local voltage differs from the European standard. Q4: How does the JUNGNER US-450 compare to modern CNC grinders? A: While it lacks automated tool paths, the JUNGNER US-450 offers superior tactile feedback and faster setup times for one-off parts or simple tool repairs, where programming a CNC would be time-prohibitive.

Specification Value Stock Number 10292 Brand EWAG (Switzerland) Model WS11 Motor Power 0.3 KW X-Axis Stroke 100 mm Y-Axis Stroke 100 mm Z-Axis Range 100 mm Variable Speed Range 100 – 1000 t/min Infeed Operation (Z-Axis) 4E Drive Cross Feed Drive (X-Axis) 4Q-M Drive Grinding Stroke Drive (Y-Axis) 3H Drive Workhead A-Axis Adjustment -135° / +30° Workhead Inclination +/- 15° Workhead Spindle Speed 100 - 1300 min-1 1. Equipment Overview: The Swiss Standard of Micro-Grinding The EWAG WS11 is a name synonymous with uncompromising precision in the world of tool and cutter grinders. Manufactured in Switzerland, this machine has long been the gold standard for the production and regrinding of micro-tools. Stock number 10292 represents an excellent opportunity for manufacturers to acquire this legendary capability in the used market. What sets the WS11 apart is its unique mechanical philosophy. Instead of relying on brute force, it focuses on absolute geometric control and thermal stability. With a compact 0.3KW motor, it is designed to handle delicate operations where even the slightest vibration could ruin a workpiece. The WS11 is particularly favored for working with tungsten carbide and other hard materials that require surgical precision during the grinding process. 2. Technical Parameter Analysis: Unveiling the Machine's DNA Kinematic Precision Across Three Axes The WS11 features a balanced 100mm stroke in the X, Y, and Z axes. This symmetry allows for a highly intuitive setup process. The machine is equipped with specialized drive systems: the 4E for Z-axis infeed, the 4Q-M for X-axis cross-feed, and the 3H for the Y-axis grinding stroke. These are not standard mechanical movements; they are engineered to provide a silky-smooth tactile response, allowing the operator to feel the grinding engagement at a micron level. The Universal Workhead Perhaps the most impressive feature is the workhead's range of motion. With an A-axis adjustment of -135° to +30° and a +/- 15° inclination, the WS11 can manipulate workpieces into nearly any imaginable orientation. The workhead spindle speed, ranging from 100 to 1300 min-1, allows for the use of various grinding wheel diameters and materials, ensuring that surface finish and edge integrity are maintained across different applications. 3. Application Case Studies: Where the WS11 Shines The WS11 is found in environments where "good enough" is never enough. In the horological (watchmaking) industry, it is used to sharpen the tiny tools that create watch gears and escapements. In medical technology, it produces specialized surgical drills and cutters used in minimally invasive procedures. Furthermore, in the aerospace and electronics sectors, the WS11 is used for regrinding high-performance carbide end mills and PCB drills. The ability to maintain precise rake and clearance angles on tools as small as 0.1mm in diameter makes it an essential asset for micro-machining labs. The continuous variable speed of 100 – 1000 t/min ensures that even with small diameter wheels, the optimal cutting speed is achieved without inducing thermal stress on the tool. 4. Value Proposition: Why Invest in a Used WS11? Purchasing a used EWAG WS11 is a strategic move for any precision workshop. New Swiss machinery of this caliber carries a premium price tag that often requires years to amortize. A pre-owned WS11 offers the same mechanical geometry and precision at a significantly lower entry cost, providing a much faster return on investment (ROI). Additionally, because EWAG machines are legendary for their durability, a well-maintained unit like this one retains its resale value remarkably well, serving as both a production tool and a stable capital asset. 5. Frequently Asked Questions (FAQ) Q1: What is the power requirement for the WS11? A1: The WS11 typically runs on standard industrial 3-phase power, with a very low consumption profile due to its 0.3KW motor design. Q2: Can this machine be upgraded with a digital readout (DRO)? A2: Yes, many workshops retrofit WS11 machines with high-resolution DROs on the X and Y axes to improve measurement speed and reduce operator error. Q3: What types of collets does the workhead use? A3: The WS11 standard workhead typically uses Schaublin W20 collets, which are widely available and extremely precise. Q4: Is the machine suitable for grinding PCD tools? A4: While primarily a manual machine, with the correct diamond wheels and a skilled operator, it can certainly be used for the fine finishing of Polycrystalline Diamond (PCD) inserts. Q5: How do I handle transportation of such a precise machine? A5: It is critical to lock all axes and the workhead before shipping. The machine should be crated and handled by specialized industrial riggers to avoid any shock to the precision bearings.

Stock Number 810863 Brand / Origin Taiyo Koki / Japan Model IGS-4NT CNC System Fanuc 18i-TB Grinding ID Range 10 ~ 200 mm (P) Grinding OD Capacity (Q) 240 mm / (P) 120 mm Max Grinding Length 320 mm Swing over Spindle Base 4450 mm Work Spindle Speed 20 ~ 300 rpm Configuration 3 Internal Spindles (GMN 30k/18k/12k RPM), Roller Dresser, Tokyo Seimitsu Face Gauge 1. Equipment Overview: The Precision of Taiyo Koki Engineering The Taiyo Koki IGS-4NT (Stock 810863) represents the pinnacle of Japanese vertical grinding technology. Designed for high-precision internal and external grinding, this machine utilizes a vertical orientation to eliminate the negative effects of gravity on workpiece concentricity—a common challenge in traditional horizontal grinding. As a used industrial asset, this Taiyo Koki IGS-4NT offers a rare combination of rigidity, versatility, and advanced automation, making it a highly sought-after solution for automotive, aerospace, and high-end bearing manufacturing. This specific unit from Japan is built on a heavy-duty cast-iron bed, providing exceptional thermal stability and vibration dampening. For engineers and factory managers, the Taiyo Koki brand is synonymous with sub-micron accuracy and long-term reliability. The vertical design also facilitates easier loading and unloading of heavy or irregularly shaped parts, significantly improving ergonomic safety and cycle efficiency. 2. Technical Specifications Analysis: High-Speed Versatility Advanced CNC Control with Fanuc 18i-TB At the heart of the Taiyo Koki IGS-4NT is the Fanuc 18i-TB control system. This CNC is renowned in the grinding industry for its specialized software cycles that handle complex grinding geometries with ease. It allows for nanometer-level resolution and real-time compensation, ensuring that the machine can maintain tight tolerances throughout a high-volume production run. The interface is intuitive, allowing operators to program multi-step grinding sequences including roughing, finishing, and spark-out. Triple GMN Spindle Configuration What sets Stock 810863 apart is its high-performance spindle package. It is equipped with three GMN electric spindles, offering speeds of 30,000 RPM, 18,000 RPM, and 12,000 RPM respectively. This configuration allows for the optimization of surface speeds (SFM) across a wide range of hole diameters (10mm to 200mm). High-speed GMN spindles are industry gold standards for their low run-out and high torque delivery, ensuring a superior surface finish that often eliminates the need for subsequent honing or polishing steps. Integrated Gauging and Dressing To ensure zero-defect manufacturing, the machine includes a Tokyo Seimitsu face measurement gauge. This in-process measurement tool provides feedback to the CNC system, allowing for automatic size adjustments. Furthermore, the roller dresser ensures that the grinding wheels remain perfectly sharp and correctly profiled, which is vital for maintaining accuracy over the machine's 320mm grinding length. 3. Application Cases: Solving Complex Grinding Challenges The Taiyo Koki IGS-4NT is a workhorse in the high-precision bearing industry. For example, in the production of large-diameter spherical roller bearings, the vertical spindle allows the heavy outer race to sit naturally on the chuck, preventing the "egg-shaping" distortion that can occur on horizontal machines. In the energy sector, this machine has been successfully used to grind internal seats for high-pressure valves. The ability to handle a swing of 4450mm over the spindle base means that even large, flanged valve bodies can be accommodated without interference, while the 320mm grinding length provides the reach necessary for deep-seated internal bores. 4. Maintenance History and Machine Integrity Stock 810863 has been meticulously maintained under a strict Japanese industrial service schedule. The high-speed GMN spindles have undergone regular balance testing and bearing inspections to ensure silent and vibration-free operation at maximum RPM. The Fanuc 18i-TB electronics have been kept in a climate-controlled environment, preventing the typical degradation of capacitors and circuit boards. The guide-ways show minimal wear, thanks to the machine’s automatic lubrication system, ensuring that the original factory positioning accuracy is still largely intact. This unit has been fully tested and is ready for immediate deployment in a high-precision production environment. 5. Investment Value: Why Choose a Used IGS-4NT? The primary advantage of purchasing this used Taiyo Koki IGS-4NT is the significant reduction in lead time and capital expenditure. A new machine of this caliber often requires a 6-12 month lead time and a massive financial commitment. By selecting Stock 810863, companies can integrate a world-class grinding capability into their floor within weeks. Furthermore, the inclusion of premium components like the GMN spindles and Tokyo Seimitsu gauging adds thousands of dollars in value that would otherwise be separate line items. For a precision workshop looking to scale its quality control and output, this machine offers an ROI that is far superior to purchasing a lower-tier new machine from a less reputable brand. 6. Frequently Asked Questions (FAQ) What is the benefit of the vertical grinding layout? The vertical layout uses gravity to assist in part seating and eliminates spindle droop. This results in superior roundness and concentricity, especially for thin-walled or heavy workpieces. Can the Fanuc 18i-TB be integrated into a modern network? Yes, the 18i-TB supports standard data transfer protocols and can be networked for program uploading/downloading and basic DNC operations. Are the GMN spindles easily repairable? GMN is a global brand with service centers worldwide. Their modular design allows for straightforward bearing replacements and balancing services. What is the significance of the 320mm grinding length? This allows the machine to grind deep bores or multiple internal steps in a single setup, ensuring perfect alignment between different features of a long workpiece. Does the machine come with the original Tokyo Seimitsu probe? Yes, the Tokyo Seimitsu face measurement gauge is included as part of the integrated gauging system for Stock 810863.

Specification Details Stock Number 810799 Brand Murata Model M-2048LT Origin Japan Control System Fanuc Table Size 1250 mm x 5000 mm Turret Stations 54 Stations (incl. 2 Auto-Index) 1. Equipment Overview: Engineering Excellence from Japan The Murata M-2048LT stands as a testament to the durability and precision of Japanese machine tool engineering. Designed for high-speed sheet metal fabrication, this CNC turret punch press has been a workhorse in the industry for years. Murata, also known as Muratec, is world-renowned for building machines that maintain their structural integrity even after decades of service. The M-2048LT is particularly famous for its "LT" (Large Table) designation, which caters to industrial demands for processing oversized panels with minimal intervention. This specific unit, Stock No. 810799, offers a unique opportunity for fabricators to acquire a high-capacity machine at a fraction of the cost of a new one. With its robust mechanical frame and the integration of a Fanuc control system, the M-2048LT provides a level of reliability that is rarely matched by modern entry-level machines. It is engineered to handle heavy duty cycles while maintaining tight tolerances, making it an ideal asset for shops looking to scale their production of cabinets, panels, and structural metal components. 2. Technical Specifications: A Deep Dive into Performance The technical configuration of the Murata M-2048LT is optimized for versatility and throughput. Let’s break down the key features that make this machine a powerhouse in the used machinery market. Superior Turret Capacity with 54 Stations One of the standout features of the M-2048LT is its 54-station turret. In a production environment, tool changeover time is often the enemy of efficiency. With 54 stations, operators can keep a vast array of punches and dies permanently loaded, significantly reducing setup times between different jobs. Furthermore, the inclusion of 2 Auto-Index (AI) stations allows for the rotation of tools at any angle. This capability is crucial for nesting parts efficiently on a sheet and for creating complex geometries without the need for custom-shaped tools. Fanuc CNC System: The Industry Standard The machine is equipped with a Fanuc controller, widely regarded as the most stable and user-friendly CNC interface in the world. For a used machine, having a Fanuc system is a massive advantage: parts are readily available, most technicians are trained to repair them, and the programming logic (G-code) is standardized. The control system ensures high-speed turret indexing and synchronized axis movement, translating to faster hit rates and shorter cycle times. Massive 1250mm x 5000mm Worktable The processing area of 1250mm x 5000mm is a game-changer. Most standard punch presses are limited to 2.5 or 3-meter tables. The 5-meter length of the M-2048LT allows for the processing of exceptionally long sheets—such as those used in elevator cabins, commercial refrigeration, or architectural facade panels—without the need for multiple re-grips. This reduces the risk of cumulative errors that often occur when moving a sheet mid-process, ensuring a higher quality final product. 3. Application Scenarios: Where the M-2048LT Excels The Murata M-2048LT is designed for versatility. In the field of electrical enclosure manufacturing, it efficiently handles the complex hole patterns and cutouts required for power distribution units and server racks. The high station count allows for different sizes of knockouts and ventilation louvers to be processed in a single program. In the transportation sector, it is used for punching aluminum flooring and side panels for trailers and buses. The large table ensures that long structural components can be punched with high precision. Additionally, its ability to handle various material thicknesses makes it suitable for both lightweight decorative panels and heavier industrial components, providing a flexible solution for subcontracting workshops that handle diverse client requests. 4. Maintenance History and Condition Report This unit (Stock No. 810799) has undergone a rigorous inspection process by our technical team. Since it originated from a facility in Japan, it benefited from a culture of meticulous equipment care. The turret alignment has been verified, and the hydraulic systems have been checked for pressure consistency. The Fanuc servos show excellent response times, indicating that the drive system is in prime condition. We have ensured that all lubrication points are clear and that the ballscrews on the X and Y axes are operating smoothly without backlash. The table brushes/balls have been inspected to ensure they provide a scratch-free environment for material handling. This machine is not just "used"; it is a "production-ready" asset that can be integrated into your floor with minimal lead time. 5. Value Proposition: Why Invest in a Used M-2048LT? Investing in a used Murata M-2048LT is a strategic financial move. For the price of a mid-range new machine with limited capabilities, you gain access to a heavy-duty, large-format Japanese turret punch. The depreciation on used equipment is significantly lower, meaning your investment retains its value more effectively. Furthermore, the high throughput of the 54-station turret and the 5-meter table allows you to take on larger, more profitable contracts that competitors with smaller machines simply cannot handle. The M-2048LT is known for its "tank-like" construction. When properly maintained, these machines can easily provide another 10 to 15 years of precise service. For companies looking to expand their capacity without the burden of massive debt, this Murata punch press offers the perfect balance of performance and economy. Frequently Asked Questions (FAQ) Q1: What is the maximum sheet thickness this machine can punch? While optimized for high-speed thin to medium gauge sheet metal, the Murata M-2048LT can typically handle up to 3.2mm carbon steel and even thicker aluminum, depending on the tool size and tonnage requirements. Q2: How easy is it to find replacement parts for the Fanuc system? Very easy. Fanuc is the global leader in CNC controls. Parts like drives, motors, and boards are available worldwide from both OEM and aftermarket suppliers, ensuring minimal downtime. Q3: Can I use modern CAD/CAM software with this machine? Yes. Popular software packages like AP100, CNCKad, and Lantek have post-processors specifically designed for Murata Fanuc-controlled machines, allowing for easy G-code generation from DXF/DWG files. Q4: What are the benefits of the 2 Auto-Index stations? Auto-Index stations allow the tool to rotate automatically. This means you can use a single rectangular tool to punch at any angle, which reduces the number of specialized tools you need to buy and allows for more complex part designs. Q5: Is training available for new operators? Because the Fanuc system is an industry standard, finding skilled operators is easier than for proprietary systems. However, most used machinery dealers can recommend specialized trainers familiar with the Murata turret layout.